在随机相位误差存在时修改MUSIC

G. Zunich
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引用次数: 3

摘要

多信号分类(MUSIC)高分辨率测向技术在理想条件下具有优异的到达方向(DOA)性能。然而,在元件相位误差条件下,其性能明显下降。先前开发的用于保护相位摄动自适应波束成像器中期望信号的信噪性能的鲁棒约束可以在MUSIC的修改形式中使用,以保护相位误差的性能。这种相位扰动可由信道相位误差、阵列元件放置误差和频率误差引起。给出了随机元件放置误差下的仿真结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modified MUSIC in the presence of random phase errors
The high resolution direction-finding technique Multiple Signal Classification (MUSIC) provides excellent direction-of-arrival (DOA) performance under ideal conditions. Its performance, however, is significantly degraded under conditions of element phase errors. Robust constraints that have previously been developed to protect signal-to-noise performance of a desired signal in phase perturbed adaptive beamformers can be used in a modified form of MUSIC to protect performance against phase errors. Such phase perturbations can be caused by channel phase errors, array element placement errors, and frequency errors. Simulation results are presented with random element placement errors.<>
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